Engineering students don't get to be shaky on exponential relationships or systems of equations — Suzie's chemical and biological engineering degree meant using those Algebra 2 building blocks daily in reactor modeling and kinetics problems. That applied fluency, plus a 1540 SAT, means she can pinpo...

Environmental engineering at Yale has Megan knee-deep in models that run on exactly the algebra most students find abstract — exponential growth for pollutant dispersion, logarithmic scales for water quality, systems of equations for resource allocation. She turns those applications into concrete an...

The jump from Algebra 1 to Algebra 2 is where many students lose their footing — suddenly they're dealing with logarithmic functions, complex numbers, and polynomial division all at once. Timothy's math minor at the University of Michigan means he doesn't just know the procedures; he can explain why...

Logarithmic functions and polynomial division are where most Algebra 2 students start to feel lost, and Vazrik tackles both by grounding them in problems that have a physical meaning — exponential decay in chemistry, polynomial models in engineering design. His dual background in chemistry and mater...

Having struggled with math herself in middle and high school, Surina knows exactly where Algebra 2 concepts like logarithms and rational expressions start to feel overwhelming — and she teaches the underlying logic rather than just drilling procedures. Her microbiology and psychology training at Bar...

The psychology research methods Alexandra studied — interpreting statistical models, manipulating variables in equations, analyzing patterns in data — draw directly on the algebraic reasoning that Algebra 2 formalizes through sequences, logarithms, and polynomial behavior. She's especially effective...

Logarithms, complex numbers, and polynomial functions are where a lot of students start questioning why math matters. Nikki tackles that head-on — her mechanical engineering studies use these exact Algebra 2 concepts in real applications like signal analysis and structural modeling, so she can show ...

Logarithmic functions, complex numbers, and polynomial long division are the concepts that trip up most Algebra 2 students — and they're also the exact building blocks Haley uses constantly in her chemical engineering program at Michigan. She connects each topic to where it leads next, so students u...

Kerry's business program at Michigan Ross means she's constantly working with the kinds of models — compound interest, revenue optimization, cost projections — that run on exactly the exponential and polynomial reasoning Algebra 2 introduces. That gives her a practical answer when students wonder wh...

Heading to the University of Michigan to major in Mathematics this fall, Phil is someone who's built his algebra skills deliberately enough to score a 35 ACT — and he's especially good at unpacking the moment in Algebra 2 when familiar rules suddenly need to handle new complexity, like extending bas...